The highly anticipated launch of NASA’s $10 billion James Webb Space Telescope has been delayed yet again.

This massive telescope will launch on Christmas Day, December 25th. It has a launch window of 7:20 ET to 7:52 ET. The previous launch date was December 24, 2012.

Beginning Saturday, 6 AM ET, live coverage of NASA’s television channel and website will be available.

NASA says stormy weather with high winds at Europe’s Spaceport in French Guiana is to blame for yet another delay of the massive telescope that was initially set to venture into space in 2007.    

On Wednesday, launch managers will be meeting again to evaluate the weather. 

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The massive telescope is now set to take off on Christmas Day, December 25, with a launch window between 7:20AM ET and 7:52AM ET - the previous date was December 24

Now, the massive telescope will take flight on Christmas Day (December 25), with launch windows between 7:20 AM ET and 7:52 AM ET. The previous date was December 24,

NASA officials stated that Webb’s Ariane 5 rocket and the telescope were in excellent condition. The only problem, although it was manageable, was intermittent communication between them. 

Webb’s largest and most powerful space science observatory, Webb, was hit with a series of cost overruns and delays that have lasted for years.

James Web Telescope was also called JWST, or Webb. Its construction began in 1996. NASA’s budget for completion of the project was only $500 million.

Although the agency had been scheduled to launch it in 2007, cost overruns, technical problems and other issues caused a significant redesign that resulted in its first delay.

NASA says stormy weather with high at Europe’s Spaceport in French Guiana is to blame for yet another delay of the massive telescope that was initially set to venture into space in 2007.

NASA says stormy weather with high at Europe’s Spaceport in French Guiana is to blame for yet another delay of the massive telescope that was initially set to venture into space in 2007.

During a news conference Tuesday, NASA officials said the rocket and telescope were in good shape, and that the only lingering, though tolerable problem was an intermittent communication relay between the two

NASA officials confirmed Tuesday’s news conference that the rocket and telescope are in excellent condition and that there was only one lingering problem between the two. However, this issue could be resolved.

In 2016, construction of the telescope was finished, allowing for testing. However, two years later, the huge sunshield burst during a practice session. This led to another postponement.

Instruments for the James Webb Space Telescope 

NIRCamNear InfraRed camera: An infrared camera that captures images from near the edge of visible light.  

NIRSpecThe NIR Spectrograph will perform spectroscopy in the same wavelength range. 

MIRI(Mid InfraRed Instrument) Measures the wavelengths of mid-to-long infrared from 5 to 26 micrometers.

FGS/NIRISSThe observatory’s line of sight is stabilized by the Fine Guidance Sensor, Near Infrared Imagingr and Slitless Scotrograph during scientific observations.  

There were also delays caused by the coronavirus epidemic that struck in 2020.

James Webb arrived in French Guiana on October 20, 2021 after a 16-day voyage aboard the MN Colibri. He was then removed from his transport container before the launch preparations.

NASA reports that fueling operations started on November 25th and took approximately 10 days.

As the rocket was preparing to launch on December 24, the Guiana Space Center secured the space telescope on the Ariane 5 rocket.

Mother Nature may have other plans. The mission begins a day later. 

NASA announced that James Webb will begin the’most complex series of deployments’ ever performed in space, approximately 28 minutes following its final blast-off.

NASA claims that it can be folded origami style to fit inside the rocket. Once in orbit, the mirrors will spread out and collect light from the deepest parts of the universe.

Webb will travel to an orbit about one million miles away from Earth and undergo six months of commissioning in space – including unfolding its mirrors and sunshield, cooling down, aligning and calibrating.

Already years late in leaving the Earth for space, Webb will look back to almost the beginning of time, to when the first stars and galaxies were forming

Webb, who is years behind in leaving Earth to go to space, will be looking back at the very beginning of time to see when stars and galaxies formed.

Primarily an infrared telescope, Webb will have a wider spectrum view than Hubble and operate further out from the Earth, in a solar orbit. It will launch on a European Space Agency Ariane 5 rocket from near Kourou in French Guiana

Webb, a primary infrared telescope will provide a greater range of view than Hubble. Webb also operates in a solar orbit, further away from Earth. The rocket will be launched on an Ariane 5 European Space Agency rocket, from Kourou (French Guiana).

NASA states that “astronomers around the world will be then able to perform scientific observations to expand our understanding of this universe.”

NASA RUSHES PETITION TO RE-NAME JAMES WEBB SPACE ELESCOPE

In October, NASA announced that it will not rename the James Webb Telescope ahead of its launch in December, despite a petition against honoring a space pioneer who some have now claimed was homophobic.

Webb, who died in 1992 aged 85, was the second administrator in NASA’s history, taking over at the request of John F. Kennedy in 1961.

He ran the agency until 1968 and was instrumental in the Apollo programs that would see, the year after his departure, Neil Armstrong and Buzz Aldrin walk on the moon.

In 2002 the agency announced that its $10billion new telescope – due for launch in December 2021 – would be named after him.

Yet in recent years the decision has stirred criticism, and a petition this year to rename it has received 1,200 signatures.

Organizers accuse Webb of  being homophobic, due to his role in the 1963 firing of a gay NASA employee. 

Questions were also asked about his participation in a 1950-52 ‘Lavender Scare’, when he was at the State Department, and 91 gay people were ‘purged’.

But on September 30 Bill Nelson, the NASA administrator, said they had decided against renaming the telescope.

‘We have found no evidence at this time that warrants changing the name of the James Webb Space Telescope,’ he told NPR.  

The telescope is named after the late James E. Webb, an American government official who was the administrator of NASA from 1961 to 1968 and played an integral role in the Apollo program.

NASA’s decision to name the device after him was a controversial one – he has been accused of homophobia since his passing in 1992 due to his role in the 1963 firing of a gay NASA employee.

NASA said that the James Webb Telescope would not be renamed before its December launch despite opposition from some who claimed it was homophobic.

Webb died at 85 in 1992. He was second NASA administrator. In 1961, John F. Kennedy asked Webb to take over.

He was the head of the agency from 1968 to 1968, and was instrumental in creating the Apollo programs. These would eventually see Buzz Aldrin and Neil Armstrong walk on the Moon the year after he left.

Webb, a primary infrared telescope will provide a greater view of the Earth than Hubble. Webb can also operate in a more distant solar orbit.

Hubble can be found at a distance of 340 miles from the Earth’s surface. Webb, however, will be more than a million miles away.

Ohio State University research claims that James Webb could have discovered signs of alien life in five years from the time it goes online.

Caprice Phillips is a graduate student who calculated it can detect ammonia made by living creatures on gas dwarf planets within a matter of orbits.

James Webb Space Telescope was described by some as a “time machine”, which could aid in unravelling the mysteries of the universe. Remote objects emit light that comes from farther back.

This telescope can be used for looking back at the very first galaxies that were born more than 13.5billion years ago in the early universe.

It can also monitor the stars, exoplanets and the moons and other planets within our solar system.

Many thousands of astronomers have made their futures based upon the Webb telescope’s potential.

Webb is being used by one group of scientists to observe the ‘cosmic dawn’, the moment when the stars of the universe first saw light billions of year ago.

The telescope will observe the Universe in the near-infrared and mid-infrared – at wavelengths longer than visible light. To do so, it carries a suite of state-of-the-art cameras, spectrographs and coronagraphs

The telescope will observe the Universe in the near-infrared and mid-infrared – at wavelengths longer than visible light. The telescope is outfitted with state-of the-art cameras and spectrographs as well as coronagraphs. 

About 28 minutes after its eventual blast-off, the James Webb will detach from its launch vehicle and begin 'the most complex sequence of deployments ever attempted in a single space mission'

The James Webb will begin “the most complicated sequence of space missions ever undertaken” approximately 28 minutes after it’s final blast off.

Operating temperature for the James Webb Telescope, and many of its instruments is 387° Fahrenheit.

James Webb’s lifespan is five years. NASA however hopes that it will last a decade. NASA has already seen Hubble outlive its life span by many decades. But unlike Hubble, James Webb cannot be fixed.

The telescope will observe the Universe in the near-infrared and mid-infrared – at wavelengths longer than visible light. It is equipped with a range of high-tech cameras, spectrographs, and coronagraphs to do this.

ESA will procure the Ariane 5 rocket and launch services. ESA also contributes the NIRSpec instrument as well as a portion of the MIRI Instrument.

It will take test images, not of any specific object. The camera could even copy Hubble to capture an image of Jupiter and make its first observations.

Exoplanets will receive up to 30% of the initial year’s observations. This is to examine their size, orbit and atmosphere in search for alien life.

JAMES WEBB SPACE TELESCOPE: THE NEXT BIG ORBITAL OBSERVATORY DEPLOYED TO SEARCH FOR ALIEN LIFE 

It is primarily an infrared telescope and will offer a greater range of views than Hubble. Additionally, the solar orbit it uses, instead of an Earth orbit, will allow for a more distant view. 

Research by Ohio State University claims that within five years of it coming online, James Webb will have found signs of alien life on a distant world.

Caprice Phillips is a graduate student who calculated it was possible to detect ammonia made by living creatures on dwarf gas planets within a matter of orbits. 

James Webb’s telescope was described by some as a “time machine” that can help uncover the mysteries of the universe.

This telescope can be used for looking back at the very first galaxies that were born more than 13.5billion years ago in the early universe.

It can also monitor the stars, exoplanets and the moons and other planets within our solar system.

Operating temperatures for the James Webb Telescope, and many of its instruments are around 40 Kelvin.

This corresponds to minus 387 Fahrenheit (minus 23 Celsius). 

Officials from the space agencies responsible for the telescope say the cost may exceed the $8 billion (£5.6 billion) program cap set by Congress.

NASA has already poured $7 billion (£5 billion) into the telescope since it was first proposed as a replacement for the long-running Hubble space telescope.

The telescope will become the world’s largest and most powerful telescope when it launches in 2021. It can peer back more than 200 million years since the Big Bang.

James Webb’s lifespan is five years. NASA however hopes that it will last a decade, even though it is far from Earth.

The device measures approximately 66 feet by 46 feet and is located at Sun-Earth Lagrange, which is about 930,000 km from Earth. This point is almost four times as far away than the moon. 

At the end of October 2020, the telescope will be launched on an Ariane-5 European-built rocket. First observations are expected to take place in 2022.